% Experimental parameters

% OBSOLETE

function param = ExpParams()
    %% Imaging system
    % --- Glass cell
    param.trans780 = 0.97;      % Transmission of a single window (both faces) at 780 nm
    param.trans1529 = 0.99;     % Transmission of a single window (both faces) at 1529 nm
    param.trans1560 = 0.99;     % Transmission of a single window (both faces) at 1560 nm

    % --- Telecentric objective (Xenoplan Telecentric 1:2, Schneider Optics)
    param.mag_telec   = 0.50;   % Magnification telecentric objective
    param.mag_objx4   = 4;      % Magnification of the Nikon N4X-PF objective lens.
    param.na_telec    = 0.14;   % Input numerical aperture telecentric objective
    param.trans_telec = 0.90;   % Transmission of the objective at 780 nm
    
%     % --- Microscope objective 
%     param.mag_micro_1 = XXX; % Magnification microscope objective (for the various possible magnifications)
%     % param.mag_microscope_2 = XXX; % Magnification microscope objective

    % --- CCD camera (pco.pixelfly usb)
    param.px_size = 6.45E-6; % pixel size (m)
    param.v_px_nb = 1392;    % Number of vertical pixels
    param.h_px_nb = 1040;    % Number of horizontal pixels
    param.qe_std  = 0.11;    % Quantum efficiency standard mode at 780 nm
    param.qe_ll   = 0.23;    % Quantum efficiency low light mode at 780 nm
    
    
end